3 Ways to Do a Simple Heat Conduction Experiment, · You can perform an experiment that shows heat conduction using a pot of water and spoons. Start by bringing a large pot of water to a boil and then removing it from the heat. Then, place 1 wooden spoon, 1 plastic spoon, and 1 metal spoon in the water so the bowl on each spoon is sticking up out of the water and resting on the side of the pot.How to Melt Gallium Metal in Your Hand, · You can buy a chunk of pure gallium for around $20 online. It's safe to use your bare hand for this experiment, but gallium has two properties that may make you wish to wear a pair of disposable gloves. First, gallium metal wets both glass and skin. What this ...How to Use a Mortar and Pestle: 12 Steps (with Pictures), · How to Use a Mortar and Pestle. When you've graduated beyond pre-packaged spices and you're ready to grind your own fresh cinnamon, cloves, peppercorn, cumin and more, there's no more useful tool than a mortar and pestle. Spices, garlic,...How to Melt Glass Bottles: 15 Steps (with Pictures), · How to Melt Glass Bottles. Glass art can add a decorative touch to your home in the form of vases, trays, centerpieces, and more. You can create your own glass art by melting down old bottles that have accumulated in your home. This is a...How Does the Surface Area Affect the Rate of Reaction?, · That decomposition process can be accelerated by using manganese as a catalyst. Powdered manganese results in much faster decomposition than a lump of manganese does. The rule is that increased surface area results in faster chemical reactions, but there can be exceptions..
MythBusters (2005 season), · MythBusters Season 2005 Country of origin Australia United States No. of episodes 26 (includes 7 specials) Release Original network Discovery Channel Original release The cast of the television series MythBusters perform experiments to verify or debunk urban legends, old wives' tales, and the like., and the like.Pinch (plasma physics), · Crushing cans with the pinch effect Pinched aluminium can , produced from a pulsed magnetic field created by rapidly discharging 2 kilojoules from a high voltage capacitor bank into a 3-turn coil of heavy gauge wire.